/* Report system state */
static void sim_report()
{
#ifdef HAS_GUI
if (gui_mode) {
report_pc(f_pc, pc_curr->exception != EXC_BUBBLE,
if_id_curr->stage_pc, if_id_curr->exception != EXC_BUBBLE,
id_ex_curr->stage_pc, id_ex_curr->exception != EXC_BUBBLE,
ex_mem_curr->stage_pc, ex_mem_curr->exception != EXC_BUBBLE,
mem_wb_curr->stage_pc, mem_wb_curr->exception != EXC_BUBBLE);
report_state("F", 0, format_pc(pc_next));
report_state("F", 1, format_pc(pc_curr));
report_state("D", 0, format_if_id(if_id_next));
report_state("D", 1, format_if_id(if_id_curr));
report_state("E", 0, format_id_ex(id_ex_next));
report_state("E", 1, format_id_ex(id_ex_curr));
report_state("M", 0, format_ex_mem(ex_mem_next));
report_state("M", 1, format_ex_mem(ex_mem_curr));
report_state("W", 0, format_mem_wb(mem_wb_next));
report_state("W", 1, format_mem_wb(mem_wb_curr));
/* signal_sources(); */
show_cc(cc);
show_cpi();
}
#endif
}
bool
export_stream_reader::
next() {
if (_isp==0) return false;
_isp->getline(_line_buf,_line_buf_size);
if (! *_isp) {
if (_isp->eof()) { // normal eof:
_is_line_set=false;
return false;
}
std::ostringstream oss;
oss << "ERROR: Unexpected read failure in export_stream_reader.next(). Current object state:\n";
oss << "\texport_stream_label: " << name() << "\n";
oss << "\tfailed attempting to read export_line_no: " << (_line_no+1) << "\n";
if ((! _isp->bad()) && ((strlen(_line_buf)+1) == _line_buf_size)) {
oss << "\texport line length possibly exceeded line buffer size of: " << (_line_buf_size-1) << "\n";
}
throw blt_exception(oss.str().c_str());
}
try {
_is_line_set=true;
_line_no++;
_elp.set_export_line(_line_buf);
} catch (const blt_exception&) {
log_os << "ERROR:: Exception caught in export_stream_reader.next() Current object state:\n";
report_state(log_os);
throw;
}
return true;
}
static void
update_callback(Panel_item, int, Event *)
{
settings_update();
func_update();
report_state();
}
/* main tick */
void mxchipWNet_HA_tick(void)
{
mxchipTick();
if (!is_wifi_disalbed()) {
if (is_network_state(STA_CONNECT) == 0 && is_network_state(UAP_START) == 0) {
if (MS_TIMER > uap_start_time) {
uap_start();
}
}
if(is_network_state(STA_CONNECT) && cloud_enable && MS_TIMER > cloud_retry)
connect_to_cloud();
tcp_recv_tick();
}
if(need_report){
report_state();
need_report = 0;
}
if (need_reload == 1) {
msleep(500);
NVIC_SystemReset();
}
}
static void
uflow_callback(Menu menu, Menu_item mi)
{
int cmi = (int)xv_get(mi, MENU_VALUE);
if (cmi<0){
cmi = vsi.default_vsfunc->lookup->table[0];
}
vsi.uflow_cmi = vsi.default_vsfunc->uflow_cmi = cmi;
report_state();
}
static void
report(int num, const char *state, int expected, int got, int res,
int res_expected)
{
if (res != res_expected) {
printf("not ok %-2d", num);
report_state(state);
printf("poll result %d expected %d. ",
res, res_expected);
} else {
if (expected == got)
printf("ok %-2d ", num);
else
printf("not ok %-2d", num);
report_state(state);
}
printf("expected %s; got %s\n", decode_events(expected),
decode_events(got));
fflush(stdout);
}
/* Report system state */
static void sim_report() {
#ifdef HAS_GUI
if (gui_mode) {
report_pc(pc);
if (plusmode) {
report_state("PREV", format_prev());
report_state("PC", format_pc());
} else {
report_state("OPC", format_pc());
}
report_state("F", format_f());
report_state("D", format_d());
report_state("E", format_e());
report_state("M", format_m());
if (!plusmode) {
report_state("NPC", format_npc());
}
show_cc(cc);
}
#endif// HAS_GUI
}
static void
canvas_event_proc(Xv_Window, Event *event)
{
int i;
register int x, y; // location of mouse pointer on canvas
float fx; // Normalized location of mouse on canvas
float fy;
register int x0, y0;
float dis;
static int knot = -1; // Which knot mouse controls (-1=>none)
static float mctl = 0.5; // Relative Y distance of ctl point from here
static float fyother = 0; // Y position of other line end
x = (int) event_x(event);
y = (int) event_y(event);
fx = (float)x / (vsi.canvas_width - 1);
fy = (float)(vsi.canvas_height - 1 - y) / (vsi.canvas_height - 1);
switch (event_action(event)){
case ACTION_SELECT:
case ACTION_ADJUST:
if (event_is_down(event)){
/*fprintf(stderr,"%.4f, %.4f, k=%.3f\n",
fx, fy, knot2logparm(fx, fy));/*CMP*/
/* Find out which knot we want to change */
/* See if mouse pointer <= 2 * G_APERTURE pixels from a knot. */
int tst = 4 * G_APERTURE * G_APERTURE;
knot = -1;
for (i=0; i<vsi.nknots[vsi.myknots]; i++){
x0 = (int)(vsi.knotlists[vsi.myknots][i].x
* (vsi.canvas_width - 1) + 0.5);
y0 = (int)(vsi.canvas_height
* (1-vsi.knotlists[vsi.myknots][i].y) + 0.5);
if ((dis=(x-x0)*(x-x0) + (y-y0)*(y-y0)) <= tst){
knot = i;
tst = dis;
}
}
if (vsi.myknots == LIN_KNOTS || vsi.myknots == SPL_KNOTS){
if (event_action(event) == ACTION_SELECT){
if (knot < 0){
knot = create_knot(fx, fy);
}
}else{ // ACTION_ADJUST
// Cannot delete end points
if (knot > 0 && knot < vsi.nknots[vsi.myknots]-1){
delete_knot(knot);
}
knot = -1;
}
}else if (vsi.myknots == CRV_KNOTS){
// Remember relative position of control knot
if (knot == 0){
fyother = vsi.knotlists[vsi.myknots][2].y;
}else if (knot == 2){
fyother = vsi.knotlists[vsi.myknots][0].y;
}
if (fabs(fyother - fy) > 5.0 / (1 + vsi.canvas_height)){
mctl = ((vsi.knotlists[vsi.myknots][1].y - fy)
/ (fyother-fy));
}
}
}else{
/* (event_is_up) */
set_func_command();
func_update();
report_state(); // Notify client of new settings
knot = -1;
return;
}
break;
case LOC_DRAG:
if (knot == -1){
return;
}
break;
default:
return;
}
// Apply constraints to adjustment of knots
if (fy < 0){ // Always stay on canvas
fy = 0;
}else if (fy > 1){
fy = 1;
}
if (vsi.myknots == CRV_KNOTS){ // Special contraints for these
if (knot == 0 || knot == 2){
// Keep control knot between end points
/*fprintf(stderr,"knot=%d, mctl=%f, fyother=%f, fy=%f\n",
knot, mctl, fyother, fy);/*CMP*/
vsi.knotlists[vsi.myknots][1].y = fy + mctl * (fyother - fy);
}else if (knot == 1){
fy = bound(fy,
vsi.knotlists[vsi.myknots][0].y,
vsi.knotlists[vsi.myknots][2].y);
}
}
if (knot > 0 && knot < vsi.nknots[vsi.myknots] - 1){
// Knots cannot move past neighbors in x direction
if (fx <= vsi.knotlists[vsi.myknots][knot-1].x){
fx = (vsi.knotlists[vsi.myknots][knot-1].x
+ 1.0 / (vsi.canvas_width - 1));
}else if (fx >= vsi.knotlists[vsi.myknots][knot+1].x){
fx = (vsi.knotlists[vsi.myknots][knot+1].x
- 1.0 / (vsi.canvas_width - 1));
}
vsi.knotlists[vsi.myknots][knot].x = fx;
vsi.knotlists[vsi.myknots][knot].y = fy;
}else if (knot == 0){ // First knot stays at left edge
vsi.knotlists[vsi.myknots][knot].x = 0;
vsi.knotlists[vsi.myknots][knot].y = fy;
}else if (knot == vsi.nknots[vsi.myknots] - 1){ // Last knot at right edge
vsi.knotlists[vsi.myknots][knot].x = 1;
vsi.knotlists[vsi.myknots][knot].y = fy;
}
func_update();
}
